Intelligent temperature control system for marine climate environment simulation platform

Abstract

An intelligent temperature control system for a marine climate environment simulation platform comprises an experiment cabin body, the experiment cabin body is of a double-layer structure, experiment water in the experiment cabin body is seawater, and water in an interlayer on the outer side of the experiment cabin body is fresh water; three horizontal partition plates are arranged in an outer interlayer of the experiment cabin body to divide the outer interlayer into four temperature layers, and water sources with different temperatures can be introduced into the temperature layers so as to perform layered temperature control on experiment water in the experiment cabin body; the cold and heat source heat pump unit circulation assembly is used for forming heat source circulation or cold source circulation in the experiment cabin body so as to adjust the temperature of seawater in the experiment cabin body, and the cold and heat source heat pump unit circulation assembly comprises a cold and heat source heat pump unit, a heat source circulation loop and a cold source circulation loop which are arranged in a matched mode.

Description

Technical field: [0001] The invention relates to an intelligent temperature control system for a marine climate environment simulation platform. Background technique: [0002] The Marine Environmental Chamber System (MECS) can simulate the different ecosystems and environments of the real ocean by comprehensively regulating the physical and chemical parameters of the water body inside the chamber, and then can simulate major events on the earth and the marine environment. It is necessary to obtain mesoscale spatiotemporal environmental variables and ecosystem parameters that cannot be obtained under natural conditions, and provide data support for marine scientific research. [0003] In the environmental simulation platform, temperature control is a very important part. The temperature value is an important physical parameter in the platform cabin, and the change of the temperature value will also have an impact on other physical parameters, chemical parameters and biologica...

AI Technical Summary

Problems solved by technology

[0004] However, the existing temperature control system is not equipped with corresponding stratified cooling and heating cycle components, which cannot realize the stratified temperature control of the water body in the cabin, so it cannot be applied to different sea areas The seawater environment, and the response speed is slow, and the real-time temperature value cannot be monitored and adjusted according to the changes of other physical, chemical, and biological parameters in the cabin, which cannot meet the needs of different experiments.

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